The plant had long struggled with slow sedimentation, high turbidity discharge, and frequent filter press blockages. Traditional coagulants like inorganic salts were no longer sufficient to handle the high suspended solids in mining wastewater.
After technical evaluation, the plant introduced an anionic Polyacrylamide (PAM) solution with high molecular weight and optimized ionic structure. The results were immediate.
Within days of application, fine particles in the wastewater began to aggregate into larger flocs. The sludge settling speed increased significantly, and the supernatant water became visibly clearer. The belt filter press performance improved, reducing moisture content in the final sludge and lowering disposal costs.
Encouraged by the results, the plant extended PAM usage to multiple stages, including thickening tanks and clarification ponds. The overall wastewater treatment system became more stable, reducing chemical consumption and operational interruptions.
Beyond mining, similar success stories have been reported in paper mills, textile wastewater treatment, municipal sewage plants, and oilfield water recovery systems—where Polyacrylamide continues to play a critical role as an efficient flocculant and process aid.
Polyacrylamide is more than just a water treatment chemical—it is a performance enhancer for industrial separation, clarity, and efficiency.
Looking for a reliable Polyacrylamide (PAM) supplier for your water treatment or industrial application?
Contact us today to find the right solution for your process.
Email: mia@cnycchem.com
WhatsApp: +8613283865265

